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Número de publicaciónCN103177654 A
Tipo de publicaciónSolicitud
Número de solicitudCN 201310046357
Fecha de publicación26 Jun 2013
Fecha de presentación5 Feb 2013
Fecha de prioridad27 Jul 2012
También publicado comoCN103177654B
Número de publicación201310046357.9, CN 103177654 A, CN 103177654A, CN 201310046357, CN-A-103177654, CN103177654 A, CN103177654A, CN201310046357, CN201310046357.9
Inventores张震历, 杜浩燕, 杜浩雷
Solicitante杜浩燕, 杜浩雷, 张震历
Exportar citaBiBTeX, EndNote, RefMan
Enlaces externos:  SIPO, Espacenet
Manufacturing method of optical anti-fake membrane, optical anti-fake membrane label, optical anti-fake label and optical anti-fake system
CN 103177654 A
Resumen
The invention provides a manufacturing method of an optical anti-fake membrane. The method comprises: nontransparent dopant is added to curable transparent or partially transparent liquid materials; the dopant and the liquid materials are mixed so that mixed liquor is manufactured; and the mixed liquor is manufactured to the optical anti-fake membrane. The manufacturing method of the optical anti-fake membrane can solve the problem of counterfeit products troubling enterprises for a long time fundamentally, anti-fake cost is saved greatly, huge market shares occupied by the counterfeit products can be recaptured, and therefore economic benefit of the enterprises is greatly enhanced.
Reclamaciones(11)  traducido del chino
1.一种光学防伪膜的制作方法,其特征在于,包括步骤: 将非透明的搀杂物加入可固化的透明或部分透明的液体材料中; 将所述搀杂物与所述液体材料混合后制成混合液; 将所述混合液制成光学防伪膜。 A method of making an optical security film, characterized by comprising the steps of: a non-transparent dopant added curable liquid transparent or partially transparent material; and after mixing the liquid material and the dopant System a mixture; forming an optical security film to the mixture.
2.根据权利要求1所述的光学防伪膜的制作方法,其特征在于,所述液体材料包括透明塑胶,所述非透明掺杂物为中等密度的非规则形状橡胶颗粒,所述掺杂物对所述液体材料的覆盖率为5%-90% ; 将所述混合液制成光学防伪膜的步骤具体为: 将所述混合液覆盖于薄膜上制成所述光学防伪膜,所述薄膜包括纸张;或将所述混合液制成塑料制品,在所述塑料制品的表面上呈现出所述光学防伪膜。 2. A method of manufacturing an optical security film according to claim wherein said liquid comprises a transparent plastic material, the dopant is non-transparent medium density rubber particles of irregular shape, the dopant Coverage of the liquid material is 5% to 90%; the mixture formed in step optical security film specifically: the mixture on the film formed covering the optical security film, said film including paper; or the mixture made of plastic, on the surface of the plastic products exhibit the optical security film.
3.根据权利要求1所述的光学防伪膜的制作方法,其特征在于,所述液体材料为用于制造薄膜的材料,将所述混合液制成光学防伪膜的步骤具体为: 利用塑料薄膜机将所述混合液制成薄膜,所述薄膜的厚度在0.05mm-l.2mm之间,透光率在5%-90%之间。 3. The method of manufacturing an optical security film according to claim, wherein said material is a liquid material for the manufacture of thin film, the step of forming an optical film of a mixture of security in particular: the use of plastic film The mixture was formed into a film machine, the thickness of the thin film 0.05mm-l.2mm between, the light transmittance between 5% -90%.
4.根据权利要求1所述的光学防伪膜的制作方法,其特征在于,所述非透明的掺杂物包括易碎纸,所述液体材料包括低强度透明胶,所加入的掺杂物厚度小于1.2mm,所述掺杂物对所述液体材料的覆盖率在5%与90%之间。 4. The method of manufacturing an optical security film according to claim, characterized in that said non-transparent dopants include shredding, the liquid material comprises a low-strength transparent plastic, the thickness of the added dopant less than 1.2mm, the doping between 5% and 90% coverage of the composition of the liquid material.
5.一种带有光学防伪膜的防伪`膜标签的制作方法,其特征在于,包括步骤: 将所述光学防伪膜作为物理信息载体整形成方形载体; 将所述方形载体记录为二维数据; 对该二维数据进行去噪处理,通过二维光学卷积和相关函数运算提取防伪二维码,所述防伪二维码用于对所述防伪膜唯一标识; 将所述防伪膜和所述防伪二维码组合成防伪膜标签。 A method of making the security tag 'film with an optical security film, characterized by comprising the steps of: the security film of the optical information carrier as a whole physical support to form a square; is recorded as the square two-dimensional data vector ; the two-dimensional data are removed, extracted two-dimensional code security through two-dimensional optical convolution and correlation function operation, the two-dimensional code that uniquely identifies the security of the security film; and that the security film a combination of said two-dimensional code security into a security film label.
6.一种使用权利要求5的方法制作的防伪标签,其特征在于,包括:防伪膜标签以及产品信息标签,所述防伪膜标签和所述产品信息标签为一体化标签或分体式标签;所述产品信息标签的产品信息包括一种或多种以下信息:类型、名称、系列号、错误校正数据。 The method of making security label 5 6. A use claim, characterized in that it comprises: security film labels and product information labels, the security film label and the product information label or tag for the integration of split label; the said product information label products include one or more of the following information: type, name, serial number, error correction data.
7.—种权利要求6中的防伪标签生成的防伪码,其特征在于,所述防伪码包括所述防伪二维码和产品信息。 6 security code labels generated 7.- kinds of claims, wherein said security code includes the two-dimensional code security and product information.
8.一种防伪标签的制作方法,其特征在于,包括步骤: 将带有开口视窗的二维码与带有透明或部分透明胶的承载物复合;再添加非透明搀杂物到所述开口视窗中制成防伪标签。 8. A method of making security labels, characterized in that it comprises the steps of: opening the window with the two-dimensional code and carrier complexes with a transparent or partially transparent glue; then add non-transparent dopant into the opening window prepare a security label.
9.一种对权利要求6或8所述的防伪标签进行防伪识别的方法,其特征在于,包括步骤: 对所述防伪标签拍照,并将转换为图像数据; 从所述图像数据中提取出防伪二维码和产品信息; 将所述防伪二维码与预先存储的防伪码进行比较,根据比较结果识别所述防伪标签的真伪。 9. A security label 6 or claim 8, wherein the anti-counterfeiting identification method comprising the steps of: the security label pictures, and converts the image data; extracted from the image data two-dimensional code and product information security; the security of two-dimensional code and security code stored in advance according to the comparison result of the authenticity of the identification of the security labels.
10.一种对权利要求6或8所述的防伪标签进行防伪识别的防伪系统,其特征在于,包括:存储装置,用于预先存储防伪码,所述防伪码包括防伪二维码和产品信息; 摄像装置,用于对所述防伪标签拍照; 图像处理装置,用于将所述摄像装置拍摄的照片转换为图像数据,以及从所述图像数据处理为二维码; 防伪识别装置,用于将所述二维码与预先存储的防伪码进行比较,根据比较结果识别所述防伪标签的真伪。 10. A security label according to claim 6 or 8, wherein the anti-counterfeiting identification of the security system comprising: memory means for previously storing the security code, said security code comprises a two-dimensional code and product information security ; imaging means for photographing the anti-counterfeit labels; image processing means for the imaging device photographs into image data, and processing the image data from the two-dimensional code; security identification device for the two-dimensional code and security code stored in advance according to the comparison result of the authenticity of the identification of the security labels.
11.根据权利要求10所述的防伪系统,其特征在于,所述防伪系统装载于手机上;或所述摄像装置、图像处理装置以及防伪识别装置装载于手机上,所述存储装置装载于防伪验证服务器;所述手机从所述防伪验证服务器获取所述防伪码,并发送给所述防伪识别装置。 11. A security system as claimed in claim 10, characterized in that the security system is mounted on the mobile phone; or the image pickup apparatus, an image processing apparatus and a security identification device mounted on the mobile phone, the memory device is loaded to the security authentication server; the phone get the security code from the security authentication server, and send the security identification device.
Descripción  traducido del chino

光学防伪膜的制作方法、光学防伪膜标签、光学防伪标签、光学防伪系统 Optical security film production method, optical, security film labels, security labels optics, optical security systems

技术领域 Technical Field

[0001] 本发明涉及防伪技术,光学物理技术,计算机图像处理技术,和手机图像处理的防伪技术,特别涉及光学防伪膜的制作方法、光学防伪膜标签的制作方法、光学防伪标签、光学防伪识别方法、光学防伪系统、手机以及手机光学防伪系统。 [0001] The present invention relates to anti-counterfeiting technology, optical physics, computer image processing, image processing and mobile anti-counterfeiting technology, particularly to a method of making an optical security film, the production method of the optical security film labels, security labels optics, optical security identification The method of optical security systems, cell phones and mobile optical security systems.

背景技术 Background

[0002] 防伪技术发展到今天,已经成为一个相当可观而且增长迅速的产业,具体的方法、技术和产品数不胜数。 [0002] anti-counterfeiting technology development today, has become a considerable and rapidly growing industry, specific methods, technologies and products are numerous. 当前主要的防伪技术有: Current main anti-counterfeiting technologies:

[0003] 光学防伪技术、生物防伪技术、核径迹防伪技术、包装防伪技术和查询识别类防伪技术等。 [0003] The optical security technology, bio-security technology, nuclear track anti-counterfeiting technology, anti-counterfeiting packaging technology and inquiry to identify class security technology.

[0004] 主要防伪产品包括三大类:视觉判定、设备判定、咨询判定: [0004] The main security products include three categories: visual determination device determines, consult to determine:

[0005] I)、肉眼识别:激光全息、纹理、镭射、紫外荧光、日光变色,热敏变色、压敏变色、湿敏变色、精密版纹、微缩印刷、热色液晶、超能擦拭变形、一次性破碎图文、揭开型双层膜贴花、不可逆记忆型热敏、可逆手感热敏变色、纸张水纹、胆留型液晶、图形码缩微隐形。 [0005] I), visual identification: laser holography, texture, laser, ultraviolet fluorescent, daylight color, thermochromic, pressure-sensitive color, humidity discoloration, sophisticated version of profiling, miniature printing, thermochromic liquid crystals, super clean deformed, Disposable broken graphics, opened double-layer film decals, irreversible memory type thermosensitive reversible feel thermochromic paper watermarks, bile stay liquid crystal graphical code microfilm invisible. 该项技术由于仅靠肉眼目视判定标签的真伪,不准确。 Because the technology is determined only by the naked eye visual authenticity label inaccurate.

[0006] 2)、专用设备识别:全息磁卡、磁性油墨、智能信用卡、条码、金属条码、IC卡、激光卡、生化、原子核双卡、电子识别、核径迹技术等。 [0006] 2), special equipment identification: holographic magnetic cards, magnetic ink, smart credit cards, barcodes, metal bar code, IC cards, laser cards, biological, nuclear dual-card, electronic identification, nuclear track technology. 该项技术由于需借助专用设备来判定真伪,因此不具备通用性。 Because the technology requires the use of special equipment to determine the authenticity of, and therefore does not have the versatility.

[0007] 3)、咨询判定:电码防伪技术(电码防伪),该方法由于使用电话查询判定商品真假,电码可以被复印,一码多用,因此很容易被批量复制。 [0007] 3), the Advisory determination: security code technology (security code), which determine the use of telephone inquiries genuine and fake goods, code can be copied, with a yard, so it is easy to bulk copy.

[0008] 以上数码防伪技术,均采用防伪标识物为一次性使用的方法。 [0008] or more digital security technology, security markers are used as a method for single use. 即防伪标识物上的防伪识别码不是明码,要查看防伪识别码必须破坏防伪标识物,使防伪标识物不能重复使用查询电话,这虽然增加了防伪力度但同时也使消费者只能购物后查询,大大地降低了查询率。 That security identification code on the security markers is not clearly, to view security identification code must destroy security markers to make security markers can not be reused Enquiries, which despite an increase in anti-counterfeiting efforts but also enable consumers to shop only after inquiry , greatly reducing the query rate.

发明内容 DISCLOSURE

[0009] 基于此,有必要针对现有防伪技术的不准确、需要破坏防伪标识物的问题,提供一种光学防伪膜的制作方法、光学防伪膜标签、光学防伪标签、光学防伪系统。 [0009] Based on this, it is necessary to the existing anti-counterfeiting technology is not accurate, the problem needs to undermine security markers provided an optical security film production methods, optical security film labels, security labels optics, optical security systems.

[0010] 本发明提供了光学防伪膜的制作方法,包括步骤: [0010] The present invention provides a method of manufacturing an optical security film, comprising the steps of:

[0011] 将非透明的搀杂物加入可固化的透明或部分透明的液体材料中; [0011] The non-transparent adulterants added to transparent or partially transparent liquid material curable in;

[0012] 将所述搀杂物与所述液体材料混合后制成混合液; [0012] the dopant material after the mixed liquid and obtain a mixture;

[0013] 将所述混合液制成光学防伪膜。 [0013] The optical security film made of the mixture.

[0014] 一个实施例中,所述液体材料为透明塑胶,所述非透明掺杂物为中等密度的非规则形状橡胶颗粒,所述掺杂物对所述液体材料的覆盖率为5%-90% ; [0014] In one embodiment, the liquid material is a transparent plastic, the dopant is non-transparent medium density rubber particles of irregular shape, the coverage of the dopant material liquid 5% - 90%;

[0015] 将所述混合液制成光学防伪膜的步骤具体为:[0016] 将所述混合液覆盖与薄膜上制成所述光学防伪膜,所述薄膜包括纸张;或 [0015] The step of forming an optical security film of the mixture in particular: [0016] The mixture is made on the cover of the optical thin film security film, the film include paper; or

[0017] 将所述混合液制成塑料制品,在所述塑料制品的表面上呈现出所述光学防伪膜。 [0017] the mixture into plastic products on the surface of the plastic products exhibit the optical security film.

[0018] 一个实施例中,所述液体材料为用于制造薄膜的材料,将所述混合液制成光学防伪膜的步骤具体为: Step [0018] In one embodiment, the liquid material is a material used to make the film, the film of the mixture into the optical security specifically:

[0019] 利用塑料薄膜机将所述混合液制成薄膜,所述薄膜的厚度在0.05mm-l.5mm之间,透光率在5%-90%之间。 [0019] The use of plastic film machine the mixture into a film, the film thickness of 0.05mm-l.5mm in between, the light transmittance between 5% -90%.

[0020] 一个实施例中,所述非透明的掺杂物包括易碎纸,所述液体材料包括低强度透明胶,所加入的掺杂物厚度小于1.2mm,所述掺杂物对所述液体材料的覆盖率在5%与90%之间。 [0020] In one embodiment, the non-transparent dopants include shredding, the liquid material comprises a low-strength transparent plastic, the added dopant thickness of less than 1.2mm, the dopant for the Coverage liquid material between 5% and 90%.

[0021] 本发明提供了带有光学防伪膜的防伪膜标签的制作方法,包括步骤: [0021] The present invention provides a method of manufacturing an optical security film security film with a label, comprising the steps of:

[0022] 将所述光学防伪膜作为物理信息载体整形成方形载体; [0022] The security film of the optical information carrier as a whole physical carrier to form a square;

[0023] 将所述方形载体记录为二维数据; [0023] The carrier of the square two-dimensional data record;

[0024] 对该二维数据进行去噪处理,通过二维光学卷积和相关函数运算提取防伪二维码,所述防伪二维码用于对所述防伪膜唯一标识; [0024] the two-dimensional data are removed, extracted two-dimensional code security through two-dimensional optical convolution and correlation function operation, the two-dimensional code that uniquely identifies the security of the security film;

[0025] 将所述防伪膜和所述防伪二维码组合成防伪膜标签。 [0025] The composition of the security film and the two-dimensional code security into a security film label.

[0026] 本发明提供了一种防伪标签,包括:防伪膜标签以及产品信息标签,所述防伪膜标签和所述产品信息标签为一体化标签或分体式标签;所述产品信息标签的产品信息包括一种或多种以下信息:类型、名称、系列号、错误校正数据。 [0026] The present invention provides a security label, including: security film labels and product information labels, the security film label and the product information label for the integration of the label or tag split; the product information label product information It includes one or more of the following information: type, name, serial number, error correction data.

[0027] 本发明提供了一种防伪码,所述防伪码包括所述防伪二维码和产品信息。 [0027] The present invention provides a security code, said security code includes the two-dimensional code security and product information.

[0028] 本发明还提供了另一种防伪标签的制作方法,包括步骤: [0028] The present invention also provides a method of making another security label, comprising the steps of:

[0029] 将带有开口视窗的二维码与带有透明或部分透明胶的承载物复合;再添加非透明搀杂物到所述开口视窗中制成防伪标签。 [0029] The two-dimensional code with a transparent or partially transparent plastic carrier complexes with an open window with; add non-transparent dopant into the opening window made of security labels.

[0030] 本发明提供了防伪标签进行防伪识别的方法,包括步骤: [0030] The present invention provides a security tag security identification method comprising the steps of:

[0031] 对所述防伪标签拍照,并将转换为图像数据; [0031] The photograph of the security label, and converts the image data;

[0032] 从所述图像数据中提取出防伪二维码和产品信息; [0032] The extracted two-dimensional code and product security information from the image data;

[0033] 将所述防伪二维码与预先存储的防伪码进行比较,根据比较结果识别所述防伪标签的真伪。 [0033] The two-dimensional code and the anti-counterfeiting security code stored in advance are compared, to identify the authenticity of the security tag according to the comparison result.

[0034] 本发明提供了对防伪标签进行防伪识别的防伪系统,包括: [0034] The present invention provides a security tag security identification security systems, including:

[0035] 存储装置,用于预先存储防伪码,所述防伪码包括防伪二维码和产品信息; [0035] storage means for previously storing the security code, said security code comprises a two-dimensional code and product information security;

[0036] 摄像装置,用于对所述防伪标签拍照; [0036] recording device for the anti-counterfeit labels, photographs;

[0037] 图像处理装置,用于将所述摄像装置拍摄的照片转换为图像数据,以及从所述图像数据处理为二维码; [0037] The image processing apparatus, the image pickup apparatus for photographs into image data, and processing the image data from the two-dimensional code;

[0038] 防伪识别装置,用于将所述二维码与预先存储的防伪码进行比较,根据比较结果识别所述防伪标签的真伪。 [0038] security identification device for the two-dimensional code and security code stored in advance according to the comparison result of the authenticity of the identification of the security labels.

[0039] 一个实施例中,所述防伪系统装载于手机上; [0039] In one embodiment, the security system is mounted on the mobile phone;

[0040] 灵一个实施例中,所述摄像装置、图像处理装置以及防伪识别装置装载于手机上,所述存储装置装载于防伪验证服务器;所述手机从所述防伪验证服务器获取所述防伪码,并发送给所述防伪识别装置。 [0040] spiritual one embodiment, the imaging apparatus, an image processing apparatus, and security identification device loaded on the phone, the memory device mounted on a security authentication server; the phone to obtain the security code from the security authentication server and sent to the security identification device.

[0041] 与现有技术相比,本发明具有独特的技术优势:[0042] 本发明将微小掺杂物加入液体材料中制成光学防伪膜,由于当光线进入各项同性透明介质时,光线遇到非透明的颗粒或微小物就会产生光线的散射或反射,从而使得光学防伪膜具有不可复制性。 [0041] Compared with the prior art, the present invention has a unique technical advantages: [0042] The present invention tiny dopant added to the liquid material is made of optical security film, when homosexual because when light enters the transparent medium, light encounters non-transparent particles or small objects will produce scattered or reflected light, so that the optical security film not be copied. 利用本发明不可复制的光学防伪膜与先进的二维码结合起来产生的防伪标签具有身份的唯一性,防伪性能高,不能被仿制,从根本上解决了长期困扰企业的产品被假冒的问题,不仅节省大量的打假费用,而且可以夺回被假冒产品侵占的巨大市场份额,从而大大增强了企业的经济效益。 Using the optical film of the present invention can not be copied security and advanced two-dimensional code combined with security labels produced has the identity of a unique, high security performance, can not be copied from the fundamental solution to the long-troubled company's products are counterfeit problem, not only save a lot of counterfeiting costs, but also to regain market share in the occupation of huge counterfeit products, thereby greatly enhancing the economic efficiency of enterprises.

[0043] 另外,本发明制成的防伪标签可通过扫描随时随地获知产品的真伪,操作简单、方便不破坏产品包装,消费者可在购买前验证,使防伪性能和市场监控能力大大提高。 [0043] In addition, anti-counterfeit labels of the present invention can be made at any time to know the authenticity of products by scanning, simple operation, easy does not destroy the product packaging, consumers can verify before buying, so that the security performance and market monitoring capability has been greatly improved.

[0044] 贴有防伪标签的产品可以通过拍照进行防伪识别,因此不必因假冒产品而频繁更换自身产品包装,从而节省大量包装和广告费用。 [0044] anti-counterfeit labels affixed to counterfeit products can be identified by the camera, so you do not frequent replacement due to counterfeit products and packaging of their products, thus saving a lot of packaging and advertising costs. 使企业在激烈竞争的市场中赢得最佳的企业信誉和形象,扩大产品的知名度,并产生巨大的社会和经济效益。 Enable enterprises to win in the highly competitive market in the best corporate reputation and image, expand product awareness and generate huge social and economic benefits.

[0045] 本发明的防伪标签采用了不可复制性的防伪膜而成,满足了消费者防伪要求,使系统实现的防伪技术更加安全可靠。 [0045] security labels of the present invention can not be copied using the security film material, to meet the security requirements of consumers, so that anti-counterfeiting technology system to achieve a more secure and reliable.

[0046] 本发明在需要进行产品防伪的企业中均有良好而普遍的推广使用价值,就整个防伪行业来说,防伪系统安全可靠,是企业最佳的选择。 [0046] The present invention has the need for enterprise security products and the promotion of universal good value, on the whole security industry, security system safe and reliable, is the best choice for enterprise.

附图说明 Brief Description

[0047] 图1为光学防伪膜的制作方法的流程图; [0047] Figure 1 is a flowchart of a method of making an optical security film;

[0048] 图2为制作防伪膜标签的制作方法流程图; [0048] FIG. 2 for the production of anti-counterfeit film label manufacturing method flow chart;

[0049] 图3为实施例6防伪膜标签的效果图; [0049] FIG. 3 as an example 6 security film labels renderings implementation;

[0050] 图4为实施例7防伪标签的效果图; [0050] FIG. 4 as an example 7 security labels renderings implementation;

[0051] 图5为对防伪标签进行防伪识别的流程图; [0051] FIG. 5 is a flow chart of the security labels anti-counterfeit identification;

[0052] 图6为实施例8的防伪标签的效果图; [0052] FIG. 6 as an example of anti-counterfeiting labels 8 renderings implementation;

[0053] 图7为防伪系统的逻辑框图。 [0053] FIG. 7 is a logic diagram of the security system.

具体实施方式 DETAILED DESCRIPTION

[0054] 实施例1:申请人利用物理光学随机散射和反射特性揭露了一种光学防伪膜的制作方法,如图1所示,首先将非透明的搀杂物加入可固化的透明或部分透明的液体材料中(SlOl);本发明的可固化的液体材料有多种物质,例如油漆、透明环氧树脂、液体胶类等,不排除有其他物质,在此不再穷举。 [0054] Example 1: Applicants using physical optics random scattering and reflection characteristics of the production method of exposing an optical security film, shown in Figure 1, the first non-transparent dopant added curable transparent or partially transparent liquid material (SlOl); the present invention curable liquid material has a variety of substances, such as paints, transparent epoxy resin, liquid glue, etc., do not rule out other substances, and is not intended to be exhaustive. 非透明掺杂物可以具有非规则形状或规则形状,作为一个实施例,可以是微小的碎纸、橡胶粒、金属片等,不排除有其他物质,在此不在穷举,使用者可以根据制作需要选取适合的掺杂物。 May have a non-transparent dopants regular shapes or irregular shapes, as one example, may be a tiny shredding, rubber particles, metal sheets, etc., does not exclude other substances, this is not exhaustive, the user may be made in accordance with We need to select a suitable dopant.

[0055] 然后将所述搀杂物与所述透明液体混合后制成混合液(S102);最后将所述混合液制成光学防伪膜(S103)。 [0055] The dopant is then mixed with a transparent liquid mixture into the (S102); the mixture was finally formed optical security film (S103).

[0056] 由于当光线进入各项同性透明介质(即各个方向光学折射率相同的介质)时,如果光线遇到非透明的颗粒或微小物就会产生光线的散射或反射,这些散射或反射是光线的入射方向与非透明物的形状、分布的综合作用结果。 [0056] Since When light enters the isotropic transparent media (ie, the same for each direction of the optical refractive index of the medium), when light encounters a non-transparent particles or small objects will produce scattered or reflected light, which is scattered or reflected non-transparent material and shape the direction of the incident light, the combined effects of distribution. 本发明充分利用掺杂物在透明材料中的光学散射与反射的随机性和复杂性来制造具有“物理反克隆函数”属性的光学防伪膜。 The present invention take advantage of the dopant in the transparent material and reflective optical scattering randomness and complexity of manufacturing an optical security film with the "physical anti-cloning function" attribute. “物理反克隆函数”或简称为“PUF”是一种物殊属性的函数,其属性可以以物质的结构特性和与周围环境的相互作用来表达,这种函数比较容易评估计算,但是不能预测。 "Physical anti-cloning function" or simply "PUF" is a function of a special property of matter, its properties can be structural and material interaction with the surrounding environment to express this function relatively easy assessment calculations, but can not predict . 具有这种属性函数的单个实体容易制作,但在现实中无法复制,即使知道准确的制造过程也无法复制。 A single entity having such properties of the function is easy to manufacture, but can not replicate in the real world, even if they know the exact manufacturing process can not be copied.

[0057] 为了能够更好的理解本发明,以下列举几个应用实例: [0057] In order to better understand the present invention, the following are a few application examples:

[0058] 实施例2:选用美国PlastiDipInternational公司生产的透明塑胶为原料,掺入中等密度的非规则形状橡胶颗粒(由日本Sumitomo Rubber Industries公司生产),值得指出的是,所选材料的来源不局限于本发明所列出的公司。 [0058] Example 2: selection of the company's US PlastiDipInternational transparent plastic as raw material, mixed with medium-density rubber particles of irregular shape (produced by Japan's Sumitomo Rubber Industries Inc.), it is worth noting that the source of the selected material is not limited to Companies listed in the present invention. 所掺入的橡胶颗粒对透明塑胶的覆盖率大约5%-90%左右,5%到90%的覆盖率做成的防伪膜具有较好的光辐射对比,提供有效的光散射和反射的分布。 The incorporation of rubber particles of transparent plastic cover approximately about 5% to 90%, security film of 5% to 90% coverage made good contrast optical radiation to provide effective distribution of light scattering and reflection . 以下实验数据是在不同的覆盖率情况下,相对邻近光辐射对比值的分布。 The following experimental data are in different coverage, the relative proximity of the ratio of the distribution of optical radiation. 相对邻近光辐射对比值定义为邻近点光辐射差值的绝对值再取权平均。 The ratio of the relative proximity of optical radiation is defined as the adjacent point light radiation and then take the absolute value of the difference between the weighted average. 此值越大,光辐射和反射分布越有效。 The larger the value, the distribution of light and the reflected radiation more effective. 此值通常介于O到I之间。 This value is usually between O between I.

Figure CN103177654AD00071

[0061] 作为一个优选实施例,可以掺入覆盖率为30%的橡胶颗粒(30%的覆盖率时,其相对邻近光辐射对比值为0.65),再用覆膜机或水晶滴覆盖机将此混合液覆盖到有颜色纸张。 [0061] As a preferred embodiment, can be incorporated into the coverage of 30% of the rubber particles (30% coverage, the contrast is relatively near the optical radiation is 0.65), and then laminating machine or crystal drops covering machine This mixture to cover color paper.

[0062] 实施例3:在本应用实例中,可将搀杂物(作为一个实施例,掺杂物仍可选用应用实施例1中列举的橡胶颗粒)搀入制造薄膜的材料中(例如PVC或其它塑料薄膜制造材料),利用塑料薄膜机将混合液制成带有杂质的透明薄膜。 [0062] Example 3: In this application example, may be adulterants (As an example, the dopant can still choose Application Example 1 and listed in the rubber particles) was diluted into the manufacture of thin film materials (such as PVC or Other plastic film manufactured material), a plastic film unit with a transparent film made of the mixture of impurities. 作为一个优选实施例,此膜厚度可控制在0.05mm到1.5mm.膜厚度将会对相对邻近光辐射对比值产生影响,膜越厚其值越小。 As a preferred embodiment, the film thickness can be controlled at 0.05mm to 1.5mm. The film thickness will affect the ratio of the relative adjacent optical radiation, the smaller the value the thicker the film. 透明薄膜的透光率可控制在5%到90%,透光率在50%情况下的实验结果如下: The light transmittance of the transparent film can be controlled at 5% to 90%, transmittance of 50% results in the following situations:

Figure CN103177654AD00072

[0064] 实施例4:在易碎纸上施加一层低强度透明胶,将规则或非规则形状的搀杂物均匀覆盖其上。 [0064] Example 4: In the fragile paper low strength transparent plastic layer is applied, the rule or rules shaped dopant uniform coverage on it. 作为一个优选实施例,掺杂物的覆盖率可控制在30%到55%之间,搀杂物的厚度小于1.5毫米,作为一个优选实施例,掺杂物的厚度可以为0.5mmο待透明胶固化后,使用纸张过塑或镀膜机将其过塑或镀透明膜。 As a preferred embodiment, the dopant coverage can be controlled between 30% to 55%, the thickness of the dopant is less than 1.5 mm, as a preferred embodiment, the thickness of dopant may be a transparent adhesive curing 0.5mmο , use a plastic or paper coating machine to a plastic or coated transparent film. 搀杂物可以是不同颜色的纸张或塑料或金属片。 Dopant can be different colors of paper, plastic or metal sheets.

[0065] 值得指出的是,本应用实例中的制成的光学防伪膜不同于现有的纸张添加纤维或彩点的防伪纸,此光学防伪膜含有高密度的掺杂物(例如,覆盖率50%左右),人眼无法定量比对分析。 [0065] It is noteworthy that the optical security film made this application example differs from the existing paper added security paper fibers or color dots, the optical security film containing a high density of dopant (for example, coverage about 50%), than the human eye can not be quantitatively analyzed. 而现有技术中的防伪纸只含很低密度的规则掺杂物(低密度搀杂物通常是指搀杂物为容易人工检数,不需机器处理),易于仿造。 The prior art security paper containing only very low density rules dopant (dopant density usually refers to the number of dopant is easy to check the artificial, without machine processing), easy to counterfeit.

[0066] 实施例5:在塑料制品成形前的原料中,搀杂规则或非规则形状的搀杂物,尺寸和覆盖率如前几个应用实例所述,用常规压塑或拉塑工艺制成塑料制品。 [0066] Example 5: In raw plastic before forming the doping rules or irregular shaped dopant, size and coverage as the first few application examples using conventional compression molding or pultrusion process made of plastic products. 在该塑料制品的表面上将形成光学防伪膜。 On the surface of the plastic products will be optically security film.

[0067] 实施例6:在本实施例中提供了一种带有光学防伪膜的防伪膜标签的制作方法,该制作方法可以利用实施例1至实施例5中的光学防伪膜作为物理信息载体,使用计算机运算对物理信息载体的信息进行处理,生成防伪膜标签。 [0067] Example 6: provides a method for making an optical security film labels with security film in the present embodiment, the manufacturing method can be used in Example 1 to Example 5, an optical security film as the physical embodiment of the information carrier using computing physical information carrier information is processed to generate security film labels. 处理后的物理信息载体不含有物理信息载体本身的几何崎变和颜色变换。 Physical information carrier processed information carrier itself does not contain the physical geometry of distortion and color conversion. 如图2所示,处理过程包括: 2, the process comprising:

[0068] 如果物理信息载体是彩色,则首先将物理信息载体的颜色记录后去掉,使其只有黑白两色(S201);当然,如果物理信息载体本身为黑白色,则不再需要进行去色处理。 [0068] If the physical information carrier is a color, the first color after recording the physical information carrier removed, it is only black and white (S201); of course, if the physical information carrier itself is black and white, you no longer need to go color deal with.

[0069] 然后将去色后的物理信息载体通过通用的几何转换将其旋转,整形成方形载体(S202);该变换过程为常规的手段,不再赘述。 [0069] and then the physical information carriers go through a common color after the geometric transformation rotate it, the whole forming a square carrier (S202); the transformation process as a conventional means, not repeat them. 接着将方形载体记录为二维数据(S203)。 The vector is then recorded as a two-dimensional square data (S203).

[0070] 通过S201-S203可以将物理信息载体处理为可以记录的数字信息,接下来通过下述步骤生成防伪膜标签: [0070] S201-S203 by physical information carrier can be processed as digital information can be recorded, the next generation security film labels by the following steps:

[0071] 对该记录的二维数据进行去噪处理,通过二维光学卷积和相关函数运算提取防伪二维码(S204),由于本发明的光学防伪膜具有物理反克隆函数特性,该特性可以通过以下公式描述: [0071] the two-dimensional data recorded de-noising, extract the security of two-dimensional code (S204) by two-dimensional optical convolution and correlation function calculation, since the optical security film of the present invention has the physical characteristics of anti-cloning function, this feature It can be described by the following equation:

[0072] [0072]

Figure CN103177654AD00081

[0073] 其中Li为入射光福射,Xi为入射光位置,Wi为入射光方向,L。 [0073] where the incident light Li Fu shot, Xi for the incident location, Wi direction of the incident light, L. 为散射或反射光线的光福射,X0为散射或反射光位置,W0为散射或反射光方向.而S为双向表面散射函数(BSSRDF),其分布由散射面的多项参数决定包括:菲聂尔系数,吸收系数,散射系数,相对折身寸率等等。 Fu incident light scattered or reflected light, X0 is scattered or reflected light position, W0 is scattered or reflected light direction and bidirectional surface scattering function S (BSSRDF), distributed by a number of parameters which determines the scattering surface includes: Philippines Nie Er coefficient, absorption coefficient, scattering coefficient, the relative discount rate, etc. inch body.

[0074] 所述防伪二维码即对所述防伪膜唯一标识的二维码;将光学防伪膜叠加在防伪二维码上,组合成防伪膜标签(S205),防伪膜标签的效果图如图3所示。 [0074] The two-dimensional code that is the security of the security film that uniquely identifies the two-dimensional code; optical security film is superimposed on the security of two-dimensional code, a combination of security film label (S205), security film labels such as renderings Figure 3.

[0075] 作为一个实施例,S204中可以运用多参数高斯过滤器对方形载体的二维数据过滤,去掉信息中的噪音;再对其进行平行数据处理,去掉防伪二维码中的重复数据,只保留有用的特征数据。 [0075] As an example, S204 can use multi-parameter data for the two-dimensional Gaussian filter carrier square filtering to remove noise information; then its parallel data processing, remove the two-dimensional code in the security of duplicate data, retaining only the data useful features.

[0076] 实施例7:在本实施例中提供了一种利用实施例6的防伪膜标签制作的防伪标签,该防伪标签是防伪膜标签以及产品信息标签的组合。 [0076] Example 7: provides a use of anti-counterfeiting security labels Example 6 Production of film labels in this embodiment, the security label is a combination of security film label and product information labels. 产品信息标签记载了被检测产品的信息,例如产品类型、名称、系列号、错误校正数据中的一种或多种信息。 Product information label describes the product information is detected, such as product type, name, serial number, error correction data in one or more information. 防伪标签的效果图如图4所示。 The effect of anti-counterfeiting labels shown in Figure 4.

[0077] 本实施例将防伪膜标签的不可复制性与二维码结合起来产生防伪标签。 Example will not be copied binding [0077] The security film label together with the two-dimensional code generation security label. 防伪标签所对应的防伪码由防伪二维码和产品信息产生,成为二维码。 Security labels corresponding security code generated by the two-dimensional code and product information security has become a two-dimensional code. 防伪码用来标定其类型、名称、系列号、错误校正数据、和防伪二维码。 Security code used to calibrate its type, name, serial number, error correction data, and the security of two-dimensional codes. 系列号使用不可重复的多位数字来覆盖所有可能出现的产品量。 Serial number can not be repeated use multi-bit digital to cover all the amount of products possible. 作为一个实施例,系列号由12位16进制的数字组成,可以产生一共284,474,976,710,656个系列号。 As an example, serial number consists of 12 hexadecimal numbers, it can produce a total of 284,474,976,710,656 series number. 系列号可以按顺序产生,下面是一些系列号例子:5523232381、552323238F、5AA826E632。 Serial number can be generated sequentially, following are some examples of series: 5523232381,552323238F, 5AA826E632.

[0078] 防伪膜标签和产品信息标签可以组合成一体化标签,贴在被检测产品的同一处,也可以是分体式标签,贴在被检测产品的不同处或者仅在被测产品上贴防伪膜标签。 [0078] security film label and product information labels can be combined into integrated label affixed to the product to be detected in the same place, and can also be split label, attached to the differences detected in the tested products or counterfeit goods posted only film label. 不同的组合方式适用于不同的应用条件,用户可以根据不同的应用需要对防伪标签进行适当的组合。 Different combinations for different application conditions, the need for security labels the user can be appropriately combined depending on the application.

[0079] 如图5所示,当对防伪标签进行防伪识别的方法时,首先对所述防伪标签拍照,并将转换为图像数据(S501);从所述图像数据中提取出防伪二维码(S502);将防伪二维码与预先存储的防伪码进行比较,根据比较结果识别所述防伪标签的真伪(S503)。 [0079] FIG. 5, when the anti-counterfeiting security labels to identify the method, first pictures of the security label, and converts the image data (S501); anti-dimensional code is extracted from the image data (S502); the security of two-dimensional code and security code stored in advance according to the comparison result of the identification of the security label of authenticity (S503). 由于防伪码是由防伪二维码和产品信息生成,所以只要判断从图像数据提取的二维码信息是否存在防伪二维码就可以判别出防伪标签的真伪。 Since the security code is a two-dimensional code generated by the anti-counterfeiting and product information, so long as the judge extracted from the image data two-dimensional code information if there is a two-dimensional code security can determine the authenticity of the security tags.

[0080] 实施例8:本发明提供了又一种光学防伪标签的制作方法。 [0080] Example 8: The present invention provides a method of making yet another optical security labels. 该方法无需事先制作实施例1的光学防伪膜,首先用计算机生成二维码,该二维码带有方形视窗或其它形状开口视窗;然后使用带有透明或部分透明胶的承载物(例如纸张、薄膜等),将其与带有方形视窗或其它形状开口视窗的二维码复合,再添加非透明搀杂物到视窗中,作为一个优选实施例,可以用透明或亚光膜覆盖保护,制成防伪标签。 The method of producing an optical security film without prior Example 1, the first computer-generated two-dimensional code, the two-dimensional code or other shapes with square windows opening windows; then use the carrier material with a transparent or partially transparent plastic (such as paper , film, etc.), which the two-dimensional code complex shapes with square windows or other openings of the window, and then add non-transparent dopant to the window, as a preferred embodiment, can be covered with transparent or matte film protection system a security label.

[0081] 作为实施例8的应用实例,可以使用单面或双面不干胶纸、薄膜、或在纸张或平面承载物上施加一层透明或部分透明胶,将带有二维码和开口视窗的纸张覆盖其上,再将规则或非规则形状的搀杂物(掺杂物的种类可参照上文所描述的各实施例)覆盖到视窗之中。 [0081] As an application example of an embodiment 8, you can use single-sided or double-sided adhesive paper, film, or applying a layer of transparent or partially transparent glue on paper or plane bearer of the opening with a two-dimensional code and the paper cover on the window, then the rules of non-regular shape dopant (dopant species may be as described above with reference to the embodiments) being covered window. 作为一个优选实施例,搀杂物的覆盖率可控制在5%到90%之间,搀杂物的尺寸可控制在0.5毫米到1.5毫米之间,搀杂物的厚度不大于覆盖纸张的厚度,或不大于纸张厚度0.5毫米,然后用纸张过塑机或覆膜机将其过塑或加透明光膜或亚光膜。 As a preferred embodiment, the dopant coverage can be controlled between 5% to 90%, the dopant size can be controlled between 0.5 mm to 1.5 mm, the dopant is thicker than the thickness of paper covered, or not Paper thickness greater than 0.5 mm, and then presses the paper or a plastic laminating machine or increase its transparency film or matte film. 搀杂物可以同色或不同颜色。 Dopant can be the same color or different colors. 防伪标签的效果图如图6所示。 The effect of the security label is shown in Figure 6.

[0082] 值得注意的是,当对实施例8中的防伪标签进行防伪识别的方法时,需要将该防伪标签作为物理信息载体,使用计算机运算对物理信息载体的信息进行处理。 [0082] It is noteworthy that when Example 8 security tag security identification methods require the security tag as the physical information carriers, using the physical information carriers computing processing information. 处理过程参照实施例6的步骤S201至S204,然后将处理过程中该防伪标签生成的防伪二维码预先进行存储,识别防伪标签时,首先对防伪标签拍照, Referring to process the procedure of Example 6, S201 to S204, and then the process of the anti-counterfeiting security labels to generate two-dimensional code is stored beforehand, identifying security labels, security labels first pictures,

[0083] 并将转换为图像数据;从所述图像数据中提取出该防伪标签对应的二维码;并与预先存储的防伪二维码进行比较,根据比较结果识别所述防伪标签的真伪。 [0083] and converted into image data; extracting a security label corresponding to the two-dimensional code from the image data; and with the security of two-dimensional code stored in advance according to the comparison result of the authenticity of the identification of the security labels .

[0084] 实施例9:本实施例揭示了一种防伪系统,对实施例7中的防伪标签进行防伪识另IJ,如图7所示,该系统包括:存储装置703、摄像装置701、图像处理装置702和防伪识别装置704。 [0084] Example 9: This embodiment discloses a security system for Example 7 anti-counterfeiting security labels identifying another IJ, shown in Figure 7, the system comprising: a storage device 703, the imaging device 701, an image processing device 702 and the security identification device 704. 通过扫描防伪标识物上的防伪标签,面向企业和社会公众提供产品防伪信息查询、质量跟踪服务、市场监控、质量投诉和假冒伪劣产品举报等服务。 By scanning security label security markers on oriented enterprises and the public to provide information query security products, quality tracking service, market monitoring, quality complaints and reports of fake and shoddy products and other services.

[0085] 存储装置703预先将与防伪标签存具有唯一对应关系的防伪码进行存储,防伪码包括防伪二维码和产品信息;摄像装置701对防伪标签拍照,并传给图像处理装置702,图像处理装置702将摄像装置拍摄701的照片转换为图像数据,以及从所述图像数据处理为二维码;防伪识别装置704将图像处理装置所提取的二维码与预先存储的防伪码进行比较,如果一致,则识别防伪标签为真标签,如果不一致,则为伪造标签。 [0085] storage device 703 in advance with a unique security code to keep correspondence with security labels for storage, security code comprises a two-dimensional code and product information security; 701 pairs of counterfeit label photo camera equipment, and pass the image processing device 702, an image photo processing device 702 to the image pickup device 701 converts captured image data, and processing the image data from the two-dimensional code; security identification device 704 to the image processing apparatus the extracted two-dimensional code with the security code stored in advance are compared, If matched, the identification label security label is true, and if not, for the counterfeit labels.

[0086] 实施例10:作为实施例9中的一个应用实例,防伪系统的各装置均装载于手机上。 [0086] Example 10: As an example, an application example 9, each device security systems are loaded on the phone. 利用手机作为终端阅读,让消费者随时随地验证产品的真伪。 Use the phone as a terminal to read, so that consumers verify the authenticity of the product anytime, anywhere. 消费者可随时随地,在有无手机信号的情况下用手机轻轻一扫即可知产品的真伪,操作简单、方便不破坏产品包装,消费者可在购买前验证,使防伪性能和市场监控能力大大提高。 Consumers anytime, anywhere, in the presence or absence of mobile phone signals can be known by the phone gently sweep the authenticity of the product, simple operation, easy does not destroy the product packaging, consumers can verify before buying, so that the security performance and market monitoring greater capacity.

[0087] 在本实施例中,将防伪标签贴在被测广品上,可以将通过手机的摄像头(相当于摄像装置)对防伪标签进行拍照,如果防伪膜标签和产品信息标签是分体标签,被贴于产品的不同部位,则需要分别对防伪标签和产品信息标签进行拍照,工作原理可参照实施例9的描述,不再赘述。 [0087] In this embodiment, the anti-counterfeit labels on products tested wide, can be through the phone's camera (equivalent to an imaging device) camera for security tags, security film if the label and product information label is split tag different parts are affixed to the product, you need separately for security labels and product information labels photographs, works can be described in Example 9, not repeat them.

[0088] 本实施例不需专用设备,没有任何附加费用,只要人手皆有的手机就可以辨别真伪。 Cases without special equipment [0088] The present embodiment, there is no additional cost, as long as the manpower of all these phones can identify the authenticity. 而目前市场上的数码防伪技术,均采用查询电话,均需消费者、电码公司或企业交纳费用,查询率高4%时,企业就会亏损,这在某种程度上不鼓励敞开查询,也不可能起到监察市场的作用。 The digital security technology currently on the market, are used Enquiries, required consumers, code company or business to pay the cost, the query rate of 4%, business would lose money, in part to discourage open inquiry, also can not play a role in monitoring the market. 另外,通过用手机来判读产品的真伪,利用手机的计算功能来完成的,其结果准确、可靠。 In addition, by using a mobile phone to interpret the authenticity of the product, the use of mobile computing power to complete, and its results are accurate and reliable. 而目前市场上的数码防伪技术,均需消费者口述或手动输入信息,难免会因为人为的原因产生错误而影响防伪效果。 The digital security technology currently on the market, consumers are required to orally or manually enter information, it is inevitable because of man-made causes of errors affecting security effectiveness.

[0089] 实施例11:本实施例为实施例9的另一个应用实例,与实施例10不同的是,防伪系统的存储装置位于防伪验证服务器,手机需要验证防伪标签真伪时从防伪验证服务器获取防伪码,发送给防伪识别装置比较是否一致,从而验证防伪标签的真伪。 [0089] Example 11: This embodiment is another application example Example 9 Example 10 except that the storage device security system security authentication server is located, the phone needs to verify the authenticity of the security label from the security authentication server Get security code, send security identification means for comparing are the same, in order to verify the authenticity of the security tags.

[0090] 各实施例中的防伪系统可以在不同的操作系统下使用,包括Android,10S,和Windows Phone7 等。 [0090] embodiments of the security system can use different operating systems, including Android, 10S, and Windows Phone7 like.

[0091] 实施例12:本实施例为实施例9的另一个应用实例,与实施例11不同的是,防伪系统的存储装置和防伪识别装置位于防伪验证服务器,手机需要验证防伪标签真伪时将防伪二维码和产品信息发送至防伪验证服务器,防伪验证服务器将防伪码与收到的防伪二维码和产品信息进行比较,从而验证防伪标签的真伪。 [0091] Example 12: This embodiment is another application example Example 9 Example 11 is different, storage devices, and security systems security identification device located security authentication server, the phone when you need to verify the authenticity of the security label to send the security code and product information to the two-dimensional security authentication server, security authentication server security code and two-dimensional codes and product security by comparing the information received in order to verify the authenticity of the security tags.

[0092]目前的大多数防伪系统只供一次性查询,查询后该信息作废,不利于商品的转让;而本发明除可以一次性查询外,还设有多次查询,即在系统授权情况下,一种商品可进行多次查询,并记录查询的时间,大大提高了贵重物品的保值性。 [0092] Most of the current security system is for a one-time query after query this information is invalid, is not conducive to the transfer of goods; while the present invention may be a one-time addition to the query, it also has multiple queries, namely in the system authorization A commodity can be repeated queries, and record the query time, greatly improving the preservation of valuables.

[0093] 另外,目前的大多数数码防伪技术不具有质量跟踪功能。 [0093] In addition, most of the current digital security technology does not have the quality tracking. 而本发明可将产品的有关质量、服务、市场信息等问题及时反馈到生产厂家,使企业进一步提高产品质量、进行营销和生产决策。 The present invention may be related to the quality of products, services, market information and other issues timely feedback to the manufacturers, to enable enterprises to further improve product quality, marketing and production decisions.

[0094] 为了更加清晰的感受本发明的技术方案所带来的有益效果,以下列举一个将本发明应用于葡萄酒的实施方案: [0094] Technical Solution In order to more clearly feel the present invention is the beneficial effect of the present invention are listed below apply to one embodiment of wine:

[0095] 防伪码中心签发防伪标签给葡萄酒生产厂,葡萄酒生产厂将防伪标签贴到葡萄酒上,也可以贴到外包装,葡萄酒生产厂将葡萄酒发放给经销商并可登记产品信息。 [0095] Center issues security code security labels to wine producing plant, wine production plant will be the security on wine labels to be affixed to the packaging, wine production plant will be paid to the dealer and the registration of wine products. 经销商也可登记产品信息。 Dealers also can register product information. 产品信息可存储在防伪码中心的防伪验证服务器上。 Product information can be stored on the security server security code verification center. 消费者购买葡萄酒之前,将需要扫描的葡萄酒的防伪码,放置于手机的摄像头之下,手机便可自动调焦、扫描。 Before consumers purchase wine, the wine will be scanned security code, placed under the phone's camera, mobile phone will automatically focusing and scanning. 几秒钟后屏幕上就会显示产品真伪及其相关的信息。 After a few seconds will show the authenticity of products and related information on the screen.

[0096] 以上所述实施例仅表达了本发明的几种实施方式,其描述较为具体和详细,但并不能因此而理解为对本发明专利范围的限制。 [0096] The above examples are only the expression of several embodiments of the present invention, the description is more specific and detailed, but it can not therefore be construed as limiting the scope of the invention patent. 应当指出的是,对于本领域的普通技术人员来说,在不脱离本发明构思的前提下,还可以做出若干变形和改进,这些都属于本发明的保护范围。 It should be noted that those of ordinary skill in the art, in the present invention without departing from the idea of the premise, you can also make a number of modifications and improvements, which belong to the scope of the present invention. 因此,本发明专利的保护范围应以所附权利要求为准。 Accordingly, the scope of the present invention patent protection shall be subject to the appended claims.

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Clasificaciones
Clasificación internacionalG09F3/02, G06K7/10, G06K19/06
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